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You searched for: mediatype:texts AND collection:NISTTechNotes AND subject:"Plasma (Ionized Gases)"
[texts]Concerning the theory of radiation from a slotted conducting plane in a plasma environment (Volume NBS Technical Note 223) - Wait, James R.
A preliminary analysis is given for the radiation into a plasma half-space from an infinitely long slot in a perfectly conducting ground plane.The plasma is anisotropic by virtue of a d-c magnetic field which is parallel to the slot.For *a homogeneous pla
Keywords: Plasma (Ionized gases); Radiation
Downloads: 51
[texts]Measurements and standards in plasma-physics and astrophysics at the National Bureau of Standards (Volume NBS Technical Note 59) - Branscomb, Lewis N. (editor)

Keywords: Plasma (Ionized gases); Astrophysics
Downloads: 72
[texts]Microwave reflection techniques for dense plasma diagnostics (Volume NBS Technical Note 256) - Takeda, S.; Tsukishima,T.
The microwave reflection method for measuring the electron density whose plasma frequency is higher than the probing frequency is described in detail.Various expressions and formulas which are useful for a variety of experimental conditions are given.A me
Keywords: Microwave measurements; Plasma (Ionized gases)
Downloads: 73
[texts]Solution of the Abel integral transform for a cylindrical luminous region with optical distortions at its boundary. (Volume NBS Technical Note 368) - Mosburg, Earl R.; Lojko, Matthew S.
The use of orthogonal polynomial expansions in the calculation of the Abel integral transform is discussed.Particular attention is directed to the effects of optical and instrumental distortions when the luminous region is contained by a cylindrical glass
Keywords: Plasma (Ionized gases); Integral transforms
Downloads: 94
[texts]On plasma collision frequencies proportional to energy in the radio wave reflection and transmission process (Volume NBS Technical Note 164) - Johler, J. Ralph.; Harper, John D., Jr.

Keywords: Ionospheric radio wave propagation; Plasma (Ionized gases)
Downloads: 255
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